Areas of application of RUNO geotextile

Road construction

• • It prevents the flooding of bulk material by the soil particles, allowing the bulk material to preserve the function of load balancing and provides stability.
• • It prevents uneven penetration of the bulk material into the soil, thereby reducing the amount of material.
• • It optimizes the seal so that the bulk material does not penetrate into the soil.
• • It is used as a filter between the soil and drainage filler.
• • It prevents flooding of the drainage filler or drainage pipe by the soil particles.
• • It forms a reinforcing layer on a soft, cohesive soil.
• • It prevents slope failures.
• • It allows the construction of roads, even on soft ground.
• • It reduces the roadway deformation.

Tunnel construction

• • It protects the insulation coating from damage by the rough concrete surface.
• • It protects the insulation coating from damage caused by sharp filler.
• • It reduces the tension between the concrete finish and rock.
• • It retracts the groundwater and storm water to the drain.

Hydraulic construction

• • It prevents water erosion of soil.
• • It prevents erosion without additional strengthening of coastal reinforcement in small river beds or during floods.
• • It provides the sufficient permeability of coastal reinforcement.

Housing and technical construction

• • It prevents the flooding of drainage crushed stones or drainage pipes by soil particles.
• • It has high culvert performance, allowing the drainage system to drain water very quickly.
• • It functions as a separating layer between the soil and crushed stones.
• • It prevents the mix of crushed stones with soil and thus performs the function of protection, filtering, and load balancing.
• • Excavation is negligible due to the small thickness of the structure.
• • It relieves the supporting structures and it is easy to lay thanks to its light weight.

Construction of railways

• • It prevents flooding of roadway with fine particles, so the roadway saves the function of load distribution and provides the load-carrying capacity.
• • It prevents the uneven penetration into the soil roadway, which helps to reduce the amount of material.
• • It optimizes the seal so that the roadway does not penetrate into the soil base.
• • It forms a protective layer that prevents the penetration of tiny particles under the dynamic loading of ballast material.
• • It is used as a filter between the soil and drainage filler.
• • It prevents flooding of the drainage or drainage pipe by soil particles.
• • It allows water to pass unimpeded to the drainage system.
• • It forms the reinforced layer on a soft, cohesive soils.
• • It increases the stability of the roadway.
• • It increases the bearing capacity.

Construction of overpasses for transporting liquids and gas

It prevents the contamination of ballast material, due to which its ability to distribute the load does not change.

Pools, ponds, irrigation canals, rivers

• • It prevents the damage of the waterproofing when laying.
• • It prevents the damage of waterproofing due to irregularities of the soil, drains groundwater.
• • It prevents water erosion of slopes in the case of lowering the water level in the reservoir or channel.

Pools, ponds, irrigation canals, rivers

• • It prevents the slope failure.
• • It reduces the high pore pressure of the soil.

Construction of drainage and sports fields

• • It prevents flooding of drainage filler or drain pipe by the soil particles.
• • It allows water to pass to the drainage system.
• • It serves as a separation layer between the filler and the soil or the sportive coating (grass, sand, etc.).
• • It prevents mixing of the filler with soil or aggregate coating and performs the function of drainage or load balancing.
• • Excavation is negligible due to the small thickness of the structure.